Which bond or interaction would be difficult to disrupt when compounds are put into water? which bond or interaction would be difficult to disrupt when compounds are put into water? hydrogen bonds ionic and hydrogen bonds ionic bonds covalent bonds between carbon atoms?

A hydrogen bond is defined as the bond formed between an electropositive atom that is, hydrogen and a strongly electronegative atom like oxygen, nitrogen, chlorine etc.

If a compound contains hydrogen atom and when it is put into water then it is able to combine with the hydrogen of water. Hence, then there will be disruption of bond.

On the other hand, a covalent bond is defined as the bond formed due to sharing of electrons between the combining atoms.

For example, [tex]C_{2}[/tex] is a covalent compound and when it is dissolved in water then it will not dissociate into ions. Hence, it is difficult to disrupt its bond.

Whereas ionic bond is formed due to transfer of electrons from one atom to another. As water is also a polar compound so, ionic compounds are able to easily dissociate into ions when dissolved in water.

As a result, ionic compounds will also lead to disruption of bond.

Thus, we can conclude that covalent bonds between carbon atoms would be difficult to disrupt when compounds are put into water.

adioabiola adioabiola · Answer 2 · 2021-09-15T18:16:24+02:00

Here, we are required to determine which bond or interaction would be difficult to disrupt when compounds are put in water.

The covalent bonds between carbon atoms would most difficult to disrupt when put in water.

A hydrogen bond is described as the bond fashioned between an electropositive atom that is, hydrogen and a strongly electronegative atom like oxygen, nitrogen, chlorine etc.

If a compound includes hydrogen atom and when it is put into water then it could integrate with the hydrogen of water. Hence, then there could be disruption of bond.

On the alternative hand, a covalent bond is described as the bond fashioned due to sharing of electrons between the combining atoms.

For example, A covalent compound and while it is dissolved in water then it will not dissociate into ions. Hence, it is hard to disrupt its bond.

Whereas ionic bond is fashioned because of switch of electrons from one atom to another. As water is likewise a polar compound so, ionic compounds are capable of effortlessly dissociate into ions while dissolved in water.

Thus, ionic compounds may also cause disruption of bond.

Consequently, we are able to conclude that covalent bonds between carbon atoms would be hard to disrupt while compounds are placed into water.